Rarer than gold: what is the platinum used in thermocouples?
This element is key to thermocouples used in high-temperature applications.
What are thermowells and how do they work?
Thermowells reduce the effects of fluid vibration and turbulence on the sensor.
What is the difference between type B and type S thermocouples?
Differences between type B and type S thermocouples influence the use of each sensor in industrial high-temperature measurement.
Learn about the history of the thermocouple, the most widely used sensor in industry.
Learn what a thermocouple is, how it works, and why this temperature sensor has become indispensable in industry.
What is the temperature range of a thermocouple and what defines the measurement?
Understand how it works and which models can withstand extreme temperatures.
Thermocouple with higher temperature: types for extreme measurement
See which thermocouples can withstand the highest temperatures.
Why use thermocouples in industry? See the main advantages.
Sensors offer high durability, fast response, and affordability for processes requiring thermal precision.
What are the types of Resistance Temperature Detectors (RTDs) and how does an RTD work?
This equipment is one of the most reliable for measuring temperature.
In this category, you'll find the latest news on thermocouples, temperature sensors, and innovations impacting various industry sectors. Here you'll find up-to-date content on thermocouple types (such as K, J, S, R, and B), market news, practical applications, and the latest trends in temperature measurement technology.
